| Quantity: | |
|---|---|
Customizable Air Treatment Solutions: Combination Air Handling Units
Combination air handling units offer efficient and reliable air treatment solutions across a variety of applications. Here is an overview of their main advantages:
1. Modular Construction: The unit is composed of multiple air treatment modules that can be custom combined to meet different air treatment requirements.
2. Versatility and Flexibility: The design includes a variety of functional modules, such as supply/return air, exhaust air, filtration, heating, and heat recovery, to adapt to various environments and needs.
3. Energy Saving and Efficiency: Equipped with high-performance heat exchangers and high-efficiency motors, the thermal exchange efficiency is enhanced, achieving energy-saving effects.
4. High Reliability: Advanced manufacturing processes and high-quality materials are used to ensure the stability and durability of the product.
5. Easy Maintenance: The modular design facilitates whole-unit supply and on-site installation, with an internal structure that is easy to repair and replace parts.
6. Excellent Sealing and Insulation Performance: The double-wall structure design effectively reduces air leakage and cold bridge phenomena, improving sealing and insulation. The double-layer color steel plate is filled with high-density polyurethane foam, providing excellent heat insulation and strength. The use of fluorine-free, environmentally friendly foam material, high-pressure molding, with a density of not less than 50KG/m³, has good heat insulation and noise reduction effects. In addition, there are options for 25mm and 50mm thick polyurethane foam boards, reaching B1 fire protection standards, with excellent flame retardant performance. The panel structure consists of an outer frame and an embedded metal frame, fixed with a concave-convex groove and bolts, ensuring structural strength.
7. Structural Diversity: The unit design is flexible and can be configured in different structural arrangements, such as straight-through, L-shaped, Z-shaped, etc., to achieve the best air distribution and space utilization according to specific application needs and spatial constraints.
8. Wide Applicability: Suitable for a variety of industrial and commercial environments, including electronics, healthcare, pharmaceuticals, food processing, and transportation facilities.
9. High Energy Efficiency: The heat exchanger uses high-quality copper tubes and hydrophilic aluminum fins, combined with advanced expansion tube technology, to improve heat exchange efficiency.
10. Low Noise Operation: The double-wall structure effectively soundproofs, and the design with vibration isolation and soft connections reduces noise and vibration.
11. Anti-Condensation: The cold bridge-free design and polyurethane foam insulation effectively prevent cold bridge phenomena; the overall large water pan design prevents water droplets and condensation.
12. Easy Maintenance: Fans and motors use high-precision ball bearings, which are low-noise and long-lasting. The motor shaft is tempered and surface corrosion treated, ensuring durability.
These features make combination air handling units an ideal choice for air treatment equipment in various environments, meeting user needs for diversity in both structural design and performance.
Customizable Air Treatment Solutions: Combination Air Handling Units
Combination air handling units offer efficient and reliable air treatment solutions across a variety of applications. Here is an overview of their main advantages:
1. Modular Construction: The unit is composed of multiple air treatment modules that can be custom combined to meet different air treatment requirements.
2. Versatility and Flexibility: The design includes a variety of functional modules, such as supply/return air, exhaust air, filtration, heating, and heat recovery, to adapt to various environments and needs.
3. Energy Saving and Efficiency: Equipped with high-performance heat exchangers and high-efficiency motors, the thermal exchange efficiency is enhanced, achieving energy-saving effects.
4. High Reliability: Advanced manufacturing processes and high-quality materials are used to ensure the stability and durability of the product.
5. Easy Maintenance: The modular design facilitates whole-unit supply and on-site installation, with an internal structure that is easy to repair and replace parts.
6. Excellent Sealing and Insulation Performance: The double-wall structure design effectively reduces air leakage and cold bridge phenomena, improving sealing and insulation. The double-layer color steel plate is filled with high-density polyurethane foam, providing excellent heat insulation and strength. The use of fluorine-free, environmentally friendly foam material, high-pressure molding, with a density of not less than 50KG/m³, has good heat insulation and noise reduction effects. In addition, there are options for 25mm and 50mm thick polyurethane foam boards, reaching B1 fire protection standards, with excellent flame retardant performance. The panel structure consists of an outer frame and an embedded metal frame, fixed with a concave-convex groove and bolts, ensuring structural strength.
7. Structural Diversity: The unit design is flexible and can be configured in different structural arrangements, such as straight-through, L-shaped, Z-shaped, etc., to achieve the best air distribution and space utilization according to specific application needs and spatial constraints.
8. Wide Applicability: Suitable for a variety of industrial and commercial environments, including electronics, healthcare, pharmaceuticals, food processing, and transportation facilities.
9. High Energy Efficiency: The heat exchanger uses high-quality copper tubes and hydrophilic aluminum fins, combined with advanced expansion tube technology, to improve heat exchange efficiency.
10. Low Noise Operation: The double-wall structure effectively soundproofs, and the design with vibration isolation and soft connections reduces noise and vibration.
11. Anti-Condensation: The cold bridge-free design and polyurethane foam insulation effectively prevent cold bridge phenomena; the overall large water pan design prevents water droplets and condensation.
12. Easy Maintenance: Fans and motors use high-precision ball bearings, which are low-noise and long-lasting. The motor shaft is tempered and surface corrosion treated, ensuring durability.
These features make combination air handling units an ideal choice for air treatment equipment in various environments, meeting user needs for diversity in both structural design and performance.
